An electronic device includes a heat generator having a terminal, a resonator which has an outer connection terminal and on which the heat generator is disposed, a first substrate having a first surface and a second surface with the resonator connected to the first surface, and a circuit part and other electronic parts disposed on the first surface or the second surface. The outer connection terminal of the resonator is connected to the first surface, and the terminal of the heat generator is connected to the second surface.
Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. An electronic device comprising: a heat generator having a terminal; a resonator having an outer connection terminal and a container; a heat conduction member disposed between the resonator and the heat generator, the outer connection terminal and the heat conduction member being disposed on a bottom surface of the container of the resonator; a first substrate having a first surface and a second surface; and an electronic part disposed on the first substrate, the outer connection terminal being connected to the first surface, the terminal of the heat generator being connected to the second surface, and the bottom surface of the resonator at least partially facing the first substrate, the first surface being a front surface and the second surface being a rear surface facing away from the front surface, and a through portion that passes through the first surface and the second surface being provided, and the heat generator being disposed within the through portion and passing through the first surface and the second surface.
An electronic device contains a heat generator with a terminal and a resonator with an outer connection terminal and a container. A heat conduction member sits between the resonator and heat generator, with the outer connection terminal and heat conduction member on the resonator's bottom surface. A first substrate has a front and back surface; the resonator's outer connection terminal connects to the front surface and the heat generator's terminal to the back. The resonator's bottom partially faces the first substrate. A through-hole passes through both surfaces of the first substrate, housing the heat generator. An electronic part is placed on the first substrate.
2. The electronic device according to claim 1 , wherein a wiring line is provided on each of the first surface and the second surface, and at least one of the wiring line to which the terminal of the heat generator is connected and the wiring line to which the outer connection terminal is connected overlaps with the electronic part in a plan view.
The electronic device has wiring on both the front and back surfaces of the first substrate. When viewed from above, either the wire connected to the heat generator's terminal or the wire connected to the resonator's outer connection terminal overlaps with the electronic part. The electronic device contains a heat generator with a terminal and a resonator with an outer connection terminal and a container. A heat conduction member sits between the resonator and heat generator, with the outer connection terminal and heat conduction member on the resonator's bottom surface. A first substrate has a front and back surface; the resonator's outer connection terminal connects to the front surface and the heat generator's terminal to the back. The resonator's bottom partially faces the first substrate. A through-hole passes through both surfaces of the first substrate, housing the heat generator. An electronic part is placed on the first substrate.
3. The electronic device according to claim 1 , wherein the heat conduction member has a heat conductivity higher than the heat conductivity of the first substrate and is connected at least to the outer connection terminal, and the heat conduction member is connected at least to the first surface.
The electronic device contains a heat conduction member with higher heat conductivity than the first substrate. This member connects to at least the resonator's outer connection terminal and also to the first surface of the substrate. The electronic device contains a heat generator with a terminal and a resonator with an outer connection terminal and a container. A heat conduction member sits between the resonator and heat generator, with the outer connection terminal and heat conduction member on the resonator's bottom surface. A first substrate has a front and back surface; the resonator's outer connection terminal connects to the front surface and the heat generator's terminal to the back. The resonator's bottom partially faces the first substrate. A through-hole passes through both surfaces of the first substrate, housing the heat generator. An electronic part is placed on the first substrate.
4. The electronic device according to claim 1 , further comprising a second substrate at least mechanically connected to the first substrate.
The electronic device also includes a second substrate physically connected to the first substrate. The electronic device contains a heat generator with a terminal and a resonator with an outer connection terminal and a container. A heat conduction member sits between the resonator and heat generator, with the outer connection terminal and heat conduction member on the resonator's bottom surface. A first substrate has a front and back surface; the resonator's outer connection terminal connects to the front surface and the heat generator's terminal to the back. The resonator's bottom partially faces the first substrate. A through-hole passes through both surfaces of the first substrate, housing the heat generator. An electronic part is placed on the first substrate.
5. The electronic device according to claim 4 , further comprising a lid connected to the second substrate, wherein the second substrate and the lid surround and accommodate the first substrate.
The electronic device includes a second substrate mechanically connected to the first substrate and a lid connected to the second substrate. Together, the second substrate and lid enclose and protect the first substrate. The electronic device contains a heat generator with a terminal and a resonator with an outer connection terminal and a container. A heat conduction member sits between the resonator and heat generator, with the outer connection terminal and heat conduction member on the resonator's bottom surface. A first substrate has a front and back surface; the resonator's outer connection terminal connects to the front surface and the heat generator's terminal to the back. The resonator's bottom partially faces the first substrate. A through-hole passes through both surfaces of the first substrate, housing the heat generator. An electronic part is placed on the first substrate.
6. The electronic device according to claim 4 , further comprising a third substrate connected to the first substrate via an electrically conductive member and supported by the electrically conductive member, wherein the third substrate has one surface which faces the first substrate and on which the electrically conductive member stands and another surface which faces away from the one surface and on which a mount terminal is provided, the first substrate is electrically connected to the electrically conductive member, and the electrically conductive member passes through the second substrate and is connected to the mount terminal via a wiring line disposed on the one surface of the third substrate.
The electronic device has a first substrate, a second substrate at least mechanically connected to the first substrate, and a third substrate. The third substrate is connected to the first substrate via a conductive element that supports it. One surface of the third substrate faces the first substrate and holds the conductive element. The opposite surface has a mount terminal. The first substrate is electrically connected to the conductive element, which passes through the second substrate. A wiring line on the first surface of the third substrate connects the conductive element to the mount terminal. The electronic device contains a heat generator with a terminal and a resonator with an outer connection terminal and a container. A heat conduction member sits between the resonator and heat generator, with the outer connection terminal and heat conduction member on the resonator's bottom surface. A first substrate has a front and back surface; the resonator's outer connection terminal connects to the front surface and the heat generator's terminal to the back. The resonator's bottom partially faces the first substrate. A through-hole passes through both surfaces of the first substrate, housing the heat generator. An electronic part is placed on the first substrate.
7. The electronic device according to claim 5 , further comprising a third substrate connected to the first substrate via an electrically conductive member and supported by the electrically conductive member, wherein the third substrate has one surface which faces the first substrate and on which the electrically conductive member stands and another surface which faces away from the one surface and on which a mount terminal is provided, the first substrate is electrically connected to the electrically conductive member, and the electrically conductive member passes through the second substrate and is connected to the mount terminal via a wiring line disposed on the one surface of the third substrate.
The electronic device contains a first substrate, a second substrate mechanically connected to the first substrate, and a lid connected to the second substrate which surrounds and accommodates the first substrate. It also has a third substrate connected to the first substrate via a conductive element and supported by the conductive element. The third substrate has one surface facing the first substrate, on which the conductive member stands, and another surface facing away with a mount terminal. The first substrate is electrically connected to the conductive member which passes through the second substrate and connects to the mount terminal via a wiring line on the first surface of the third substrate. The electronic device contains a heat generator with a terminal and a resonator with an outer connection terminal and a container. A heat conduction member sits between the resonator and heat generator, with the outer connection terminal and heat conduction member on the resonator's bottom surface. A first substrate has a front and back surface; the resonator's outer connection terminal connects to the front surface and the heat generator's terminal to the back. The resonator's bottom partially faces the first substrate. A through-hole passes through both surfaces of the first substrate, housing the heat generator. An electronic part is placed on the first substrate.
8. An electronic apparatus comprising the electronic device according to claim 1 .
An electronic apparatus which incorporates the following electronic device: a heat generator with a terminal and a resonator with an outer connection terminal and a container. A heat conduction member sits between the resonator and heat generator, with the outer connection terminal and heat conduction member on the resonator's bottom surface. A first substrate has a front and back surface; the resonator's outer connection terminal connects to the front surface and the heat generator's terminal to the back. The resonator's bottom partially faces the first substrate. A through-hole passes through both surfaces of the first substrate, housing the heat generator. An electronic part is placed on the first substrate.
9. A moving object comprising the electronic device according to claim 1 .
A moving object which incorporates the following electronic device: a heat generator with a terminal and a resonator with an outer connection terminal and a container. A heat conduction member sits between the resonator and heat generator, with the outer connection terminal and heat conduction member on the resonator's bottom surface. A first substrate has a front and back surface; the resonator's outer connection terminal connects to the front surface and the heat generator's terminal to the back. The resonator's bottom partially faces the first substrate. A through-hole passes through both surfaces of the first substrate, housing the heat generator. An electronic part is placed on the first substrate.
Cooperative Patent Classification codes for this invention. Click any code to explore related patents in that topic.
February 2, 2016
October 24, 2017
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